In eukaryotic cells, gene expression is greatly influenced by the dynamic chromatin
environment. Epigenetic mechanisms, including covalent modifications to DNA and histone …

Gene expression driven by developmental and stress cues often depends on nucleosome
histone post-translational modifications and sometimes on DNA methylation. A number of …

Chromatin regulation is essential to regulate genes and genome activities. In plants, the
alteration of histone modification and DNA methylation are coordinated with changes in the …

Plants are sessile organisms that need to adapt to constantly changing environmental
conditions. Unpredictable climate change places plants under a variety of abiotic stresses …

DNA methylation and histone modification are evolutionarily conserved epigenetic
modifications that are crucial for the expression regulation of abiotic stress‐responsive …

Plants frequently have to weather both biotic and abiotic stressors, and have evolved
sophisticated adaptation and defense mechanisms. In recent years, chromatin modifications …

The ability of plants to cope with abiotic environmental stresses such as drought, salinity,
heat, cold or flooding relies on flexible mechanisms for re-programming gene expression …

Exposure of plants to adverse environmental conditions leads to extensive transcriptional
changes. Genome-wide approaches and gene function studies have revealed the …

Stressful conditions for plants can originate from numerous physical, chemical and
biological factors, and plants have developed a plethora of survival strategies including …

Plants respond and adapt to drought, cold and high‐salinity stress in order to survive.
Molecular and genomic studies have revealed that many stress‐inducible genes with …